CONTROL SYSTEM FOR GARDEN AREA

Abstract

 A control system (200) for a garden area (100) includes one or more fluid outlets (104,106,108) and an irrigation device (116) adapted to be removably engaged with the one or more fluid outlets (104,106,108). A robotic vehicle (118) facilitates removable engagement of the irrigation device (116) with the one or more fluid outlets (104,106,108) over the garden area (100). The control system (200) is characterized in that each of the irrigation device (116) and the robotic vehicle (118) is configured as an independent movable unit. Further, the robotic vehicle (118) includes a manipulator (120) which mechanically facilitates removable engagement of the irrigation device (116) with the one or more fluid outlets (104,106,108) over the garden area (100). A central controller (202) is configured to command the robotic vehicle (118) to facilitate removable engagement of the irrigation device (116) with the one or more fluid outlets (104,106,108) to irrigate the one or more portions of the garden area (100).

Description

TECHNICAL FIELD

[0001] The present disclosure relates to a control system for a garden area. More specifically, the present disclosure relates to a control system for controlling irrigation for a garden area.

BACKGROUND

[0002] With the growing advancements in technology, it is possible to monitor various aspects and factors related to a garden area such as environmental parameters, weather forecast, temperature, humidity etc. Therefore, it is also possible to come up with a schedule or routine for watering, irrigation, fertilization and other such tasks which may be required to keep various plans and vegetation being grown in a garden in a healthy state.

[0003] Conventionally, garden area may include one or more water outlets for providing water supply to carry out various operations such as irrigation, fertilization, cleaning, or the like. The one or more water outlets may be provided at different locations spread across the garden area. Different type of water distribution components may be attached with the water outlets to draw water therefrom such as sprinklers, water connectors, hose pipes etc. Ensuring proper connection of the water distribution device is imperative to carry out irrigation or watering or any other such operation in an efficient manner.

[0004] The water distribution components are typically coupled with the water outlets manually by a user. In some instances, a robotic vehicle may also be used to execute this operation. An example is provided by German patent application 10-2008-041323 (hereinafter referred to as the '323 reference). The '323 reference discloses an irrigation robot with drive means for steering and moving the irrigation robot on a work area and with irrigation means. An intelligence designed for the autonomous activation of the drive means and/or the irrigation means is provided on the watering robot. Various ground levelled water sockets provided on the garden area are associated with a water pipeline and allow access to water within the pipeline. The irrigation robot carries a water hose which may be removably plugged into the water sockets to irrigate the garden.

[0005] However, with the '323 reference, the irrigation robot does not include means to be a part of a central control system to better manage garden watering and irrigation. As the irrigation robot does not have knowledge about actual requirements, the irrigation robot merely transports the hose around the garden area without addition of any intelligent process inputs which may increase overall effectiveness of the task being performed. Such transportation may also give rise to issues such as entangling of hose with other gardening equipment, or a user may trip and fall on a sudden movement of the hose in the garden area or the like.

SUMMARY

[0006] In view of the above, it is an objective of the present invention to solve or at least reduce the drawbacks discussed above. The objective is at least partially achieved by a control system for a garden area. The control system includes one or more fluid outlets disposed on the garden area adapted to provide a fluid supply. The control system includes an irrigation device adapted to be removably engaged with the one or more fluid outlets. The irrigation device is adapted to access the fluid supply from the one or more fluid outlets upon engagement and irrigate one or more portions of the garden area. The control system includes a robotic vehicle adapted to facilitate removable engagement of the irrigation device with the one or more fluid outlets over the garden area.

[0007] The control system is characterized in that each of the irrigation device and the robotic vehicle is configured as an independent movable unit. The robotic vehicle further includes a manipulator. The robotic vehicle is adapted to mechanically facilitate removable engagement of the irrigation device with the one or more fluid outlets over the garden area through the manipulator. The control system further includes a central controller communicably coupled to the robotic vehicle. The central controller is configured to command the robotic vehicle to facilitate removable engagement of the irrigation device with the one or more fluid outlets to irrigate the one or more portions of the garden area.

[0008] Thus, the present disclosure advantageously provides a control system to holistically manage irrigation needs of a garden area in an efficient and hassle-free manner. The control system uses the robotic vehicle to place the irrigation device on the one or more fluid outlets to draw water from the one or more fluid outlets. The irrigation device may execute irrigation of the garden area, or may fertilize the garden area making use of the water or fertilizer drawn from the one or more fluid outlets. As the central controller has substantial information regarding irrigation or fertilization needs of the garden area, the robotic vehicle may appropriately engage the irrigation device with the one or more fluid outlets.

[0009] Timing, amount, pressure and profile of the water or fertilizer being distributed through the irrigation device may be suitably controlled in tandem with the robotic vehicle and the irrigation device through inputs being provided by the central controller. The central controller makes use of all available information and provides inputs to increase the efficiency of irrigation of the garden area in a hassle-free manner. There is no risk of entanglement of hose pipes, or any sudden movement of any gardening equipment on the garden area as every movement is carefully and effectively planned by the central controller. Thus, the present disclosure provides an intelligent, smart, effective and efficient way to cater to the irrigation needs of garden area.

[0010] According to an embodiment of the present disclosure, the central controller is further configured to command the robotic vehicle to facilitate disengagement of the irrigation device with the one or more fluid outlets. Once an irrigation event of the garden area, or a portion of the garden area is completed, the central controller facilitates disengagement of the irrigation device with the one or more fluid outlets through the manipulator of the robotic vehicle. The robotic vehicle may proceed to next irrigation event or may wait for subsequent instructions from the central controller.

[0011] According to an embodiment of the present disclosure, the central controller is communicably coupled to the irrigation device. The central controller may receive information regarding an irrigation event being executed such as, but not limited to, an amount of water distributed, or an amount of fertilizer distributed, or a concentration profile of the fertilizer fluid being distributed, a spray profile of the irrigation device achieved during a particular irrigation event, a surface area of a particular portion of the garden area covered during irrigation etc. The irrigation device may also provide information about pressure, temperature, flow rate, cleanliness level or any other such parameters of the fluid being supplied by the one or more fluid outlets. The irrigation device may be suitably equipped with one or more sensors to measure such information. The irrigation device may also be suitably equipped with circuitry to convey the measured information and parameters to the central controller.

[0012] According to an embodiment of the present disclosure, the irrigation device is one or more of a water connector, a water sprinkler, a hose pipe. The water connector may allow coupling a water computer or a hose pipe or any other such device to suitably provide water to one or more portions of the garden area. The hose pipe may allow to efficiently carry water to all parts of the garden area. The water sprinkler may be controlled to achieve desired spray profile while providing water to the garden area. Such different components allow to achieve desired irrigation of the garden area through the central controller.

[0013] According to an embodiment of the present disclosure, the central controller includes an associated memory which stores information related to an irrigation profile of the garden area. The irrigation profile may include information such as amount of water required, suitable spray patterns, fertilizer requirements, timing of watering and fertilization or any other such parameters to provide water or fertilizer to a particular portion of the garden area in a desired manner. The memory allows storage and retrieval of various operational parameters, location of various equipment, and any other relevant parameters and information about the garden area, the robotic vehicle, the irrigation device, the one or more fluid outlets etc. which may help the central controller to manage controlling the garden area in an effective and efficient manner.

[0014] According to an embodiment of the present disclosure, the central controller commands the robotic vehicle based on the irrigation profile of the garden area. The central controller may make use of all the available information and then command the robotic vehicle accordingly to achieve the desired irrigation profile of one or more portions of the garden area.

[0015] According to an embodiment of the present disclosure, the manipulator further facilitates electronic coupling of the robotic vehicle and the irrigation device upon engagement such that the robotic vehicle and the irrigation device share operational data. The manipulator may couple the robotic vehicle and the irrigation device through a wired or a wireless connection such that the robotic vehicle and the irrigation device may share relevant information with each other. Such information sharing may provide real time feedback to the central controller as well regarding effectiveness of various operations on the garden area. This may allow access to more information to each component, and eventually the central controller which leads to a better management of the garden area.

[0016] According to an embodiment of the present disclosure, the robotic vehicle is a robotic mower. The robotic mower provides an efficient choice to a user as a single equipment may carry out multiple operations. A user may use a new robotic mower suitable for use with various aspects of the present disclosure. A user may also retrofit few control components on an already existing mower to make the robotic mower compatible to be used in accordance with various aspects of the present disclosure.

[0017] According to an embodiment of the present disclosure, the irrigation device is further utilized for fertilizing purposes. The irrigation device may very well be used for distribution of fertilizer across the garden area in a similar manner as water. Thus, the irrigation device takes care of fertilization needs of the garden area as well along with watering requirements.

[0018] According to an embodiment of the present disclosure, commanding the robotic vehicle includes sharing location coordinates of the one or more fluid outlets and the irrigation device with the robotic vehicle. Sharing location coordinates of the fluid outlets and the irrigation device helps the robotic vehicle to move over the garden area in a more efficient manner.

[0019] According to an embodiment of the present disclosure, commanding the robotic vehicle includes sharing navigation data for the robotic vehicle to reach the one or more fluid outlets and the irrigation device with the robotic vehicle. Navigation data allows the robotic vehicle to avoid any obstacles or any entanglements of hose pipe or any other components over the garden area. The robotic vehicle may move over the garden area in most effective and efficient manner.

[0020] According to an embodiment of the present disclosure, the central controller may be configured with a mobile device. The mobile device may be a smartphone, a laptop, a tablet or the like. A user may conveniently control the garden area merely through few clicks on the mobile device from comforts of their homes.

[0021] Other features and aspects of this invention will be apparent from the following description and the accompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS

[0022] The invention will be described in more detail with reference to the enclosed drawings, wherein:

FIG. 1 shows a garden area associated with a housing establishment, in accordance with an aspect of the present disclosure; and

FIG. 2 schematically shows a control system for the garden area of FIG.1, in accordance with an aspect of the present disclosure.

DESCRIPTION OF EMBODIMENTS

[0023] The present invention will be described more fully hereinafter with reference to the accompanying drawings, in which example embodiments of the invention incorporating one or more aspects of the present invention are shown. This invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein; rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. For example, one or more aspects of the present invention may be utilized in other embodiments and even other types of structures and/or methods. In the drawings, like numbers refer to like elements.

[0024] Certain terminology is used herein for convenience only and is not to be taken as a limitation on the invention. For example, "upper", "lower", "front", "rear", "side", "longitudinal", "lateral", "transverse", "upwards", "downwards", "forward", "backward", "sideward", "left," "right," "horizontal," "vertical," "upward", "inner", "outer", "inward", "outward", "top", "bottom", "higher", "above", "below", "central", "middle", "intermediate", "between", "end", "adjacent", "proximate", "near", "distal", "remote", "radial", "circumferential", or the like, merely describe the configuration shown in the Figures. Indeed, the components may be oriented in any direction and the terminology, therefore, should be understood as encompassing such variations unless specified otherwise.

[0025] FIG. 1 illustrates an exemplary garden area 100 associated with a housing establishment 102. The housing establishment 102 may be any other type of an establishment as well which may be suitable for application with various aspects of the present disclosure. For example, the garden area 100 may be associated with a playground, a school, an official establishment, or the like.

[0026] The garden area 100 includes one or more fluid outlets 104, 106, 108 disposed on the garden area 100 adapted to provide a fluid supply. The fluid outlets 104, 106, 108 may be connected to one or more of a pipeline system, a reservoir, a garden pump arrangement, or any other type of water supply (not shown) which may be suited for application with various aspects of the present disclosure.

[0027] In an embodiment, the fluid may be water. The fluid may be used for irrigation purposes on the garden area 100. In another embodiment, the fluid may be a fertilizer. The fluid may be utilized for fertilizing the garden area 100. In some embodiments the fluid may be any other fluid as well without limiting the scope of the present disclosure in any manner.

[0028] The garden area 100 may include any number of fluid outlets 104, 106, 108. For illustration purposes, the garden area 100 includes three fluid outlets 104, 106, 108. The three fluid outlets 104, 106, 108 include a first fluid outlet 104, a second fluid outlet 106 and a third fluid outlet 108. In an embodiment, all three of the first fluid outlet 104, the second fluid outlet 106 and the third fluid outlet 108 provide water. In another embodiment, all three of the first fluid outlet 104, the second fluid outlet 106 and the third fluid outlet 108 provide fertilizer. In some embodiments, at least one of the three fluid outlets 104,106, 108 may provide water and at least one of the three fluid outlets 104,106, 108 may provide fertilizer. Any other such combination which may be envisioned may be well within the scope of the present disclosure.

[0029] The first fluid outlet 104, the second fluid outlet 106 and the third fluid outlet 108 are located in a first garden area 110, a second garden area 112 and a third garden area 114 respectively. The first garden area 110, the second garden area 112 and the third garden area 114 may be similar or different to each other in terms of parameters such as surface area, number of garden plants, types of garden plants, number and types of garden equipment placed therein or the like. Any such combination of type of garden area may be well within the scope of the present disclosure.

[0030] Further, an irrigation device 116 is provided for irrigation of the garden area 100 through the one or more fluid outlets 104, 106,108. More specifically, the irrigation device 116 may be provided for irrigation of the first garden area 110, the second garden area 112 and the third garden area 114. The irrigation device 116 is adapted to be removably engaged with the one or more fluid outlets 104, 106, 108. More specifically, the irrigation device 116 is adapted to be removably engaged with the first fluid outlet 104, the second fluid outlet 106 and the third fluid outlet 108. The irrigation device 116 is adapted to access the fluid supply from the one or more fluid outlets 104, 106, 108 upon engagement and irrigate one or more portions of the garden area 100. In another embodiment, the irrigation device 116 may also be utilized for fertilizing purposes. The one or more fluid outlets 104, 106,108 may provide fertilizer which may be distributed over the garden area 100 by the irrigation device 116 accordingly.

[0031] The first fluid outlet 104, the second fluid outlet 106 and the third fluid outlet 108 may include suitable mechanical arrangement to be coupled with the irrigation device 116. In an exemplary embodiment, the first fluid outlet 104, the second fluid outlet 106 and the third fluid outlet 108 may be provided with any suitable mechanism such that the first fluid outlet 104, the second fluid outlet 106 and the third fluid outlet 108 may provide fluid supply upon engagement with the irrigation device 116. Further, the first fluid outlet 104, the second fluid outlet 106 and the third fluid outlet 108 may stop the fluid supply after disengagement of the irrigation device 116.

[0032] The irrigation device 116 may be any suitable device which may be capable enough to allow suitable distribution of the fluid being supplied from the one or more fluid outlets 104,106, 108 in a desired manner. In the illustrated embodiment, the irrigation device 116 is a water connector. In an embodiment, the irrigation device 116 may be a sprinkler. In yet another embodiment, the irrigation device 116 may be a hose pipe. The irrigation device 116 may be any other such component as well which may be suitably applicable with various aspects of the present disclosure. The irrigation device 116 is a standalone component which is capable of being propelled upon the garden area 100 in an assisted or an independent manner. More specifically, the irrigation device 116 is configured as an independent movable unit.

[0033] A robotic vehicle 118 is adapted to facilitate removable engagement of the irrigation device 116 with the one or more fluid outlets 104,106,108 over the garden area 100. In the illustrated embodiment, the robotic vehicle 118 is a robotic mower. In other embodiments, the robotic vehicle 118 may be any other suitable robotic vehicle 118 as well which may be applicable with various aspects of the present disclosure. The robotic vehicle 118 is a standalone component which is capable of being propelled upon the garden area 100 in an independent manner. More specifically, the robotic vehicle 118 is configured as an independent movable unit.

[0034] The robotic vehicle 118 further includes a manipulator 120. The robotic vehicle 118 is adapted to mechanically facilitate removable engagement of the irrigation device 116 with the one or more fluid outlets 104,106,108 over the garden area 100 through the manipulator 120. The manipulator 120 may be a robotic arm, an actuator or any other such type of mechanism which may be suitably application with various aspects of the present disclosure. In the illustrated embodiment, the manipulator 120 is a robotic arm. The manipulator 120 may get suitably coupled with the irrigation device 116 and facilitate removable engagement of the irrigation device 116 with the one or more fluid outlets 104, 106,108 over the garden area 100. In an exemplary embodiment, the manipulator 120 may set up the irrigation device 116 with the one or more fluid outlets 104,106, 108 such that the one or more fluid outlets 104,106, 108 start providing the fluid supply upon engagement therein. The manipulator 120 may be further adapted to disengage the irrigation device 116 with the one or more fluid outlets 104,106, 108.

[0035] The garden area 100 may include various other components or equipment therein such as a hose box, a garden pump or the like. However, for the purpose of description of various aspects of the present disclosure, such components are not being described in detail herein. Any such components are envisioned well within the scope of the present disclosure and do not restrict the present disclosure in any manner.

[0036] FIG. 2 schematically illustrates a control system 200 for the garden area 100. The control system 200 includes the one or more fluid outlets 104,106, 108. More specifically, the control system 200 includes the first fluid outlet 104, the second fluid outlet 106, and the third fluid outlet 108. The control system 200 includes the irrigation device 116 and the robotic vehicle 118. The control system 200 further includes a central controller 202. The central controller 202 may be a single controller or a plurality of controllers working together as a single unit to carry out various desired functions. In some embodiments, the central controller 202 may be configured with a microprocessor, a printer circuit board (PCB) or the like. It should be noted that the present disclosure is not limited by choice of type of the controller in any manner, and various suitable embodiments which may be envisioned by a person with ordinary skill in the art are well within the scope of the present disclosure.

[0037] The central controller 202 is communicably coupled to the robotic vehicle 118. The central controller 202 may establish communication with the robotic vehicle 118 in any suitable manner such as Wi-Fi, Bluetooth, internet protocol, or any other such alternative which may be suitable for application with various aspects of the present disclosure. In an embodiment, the central controller 202 is communicably coupled with the robotic vehicle 118 in a wireless manner. In another embodiment, the central controller 202 is communicably coupled with the robotic vehicle 118 via a wired connection. In an exemplary embodiment, the central controller 202 and the robotic vehicle 118 may both include a transceiver to share information with each other.

[0038] The central controller 202 may be located at any location on the garden area 100. For example, the central controller 202 may be placed within a secure and accessible enclosure over the garden area 100. In another example, the central controller 202 may be placed inside the housing establishment 102. In yet another example, the central controller 202 may also be placed at a remote location from the garden area 100. In some embodiments, the central controller 202 may be configured with a mobile device such as a smartphone, a laptop, a tablet or the like. A user may conveniently control the garden area merely through few clicks on mobile device. The present disclosure is not limited by location of the central controller 202 in any manner.

[0039] The central controller 202 has an associated memory (not shown). The associated memory may be configured to store information about the garden area 100, the robotic vehicle 118, and the irrigation device 116. The memory may store information about the garden area 100 such as an irrigation schedule, a fertilization requirement, or the like. In an embodiment, the memory may store information about type of plants in one or more portions of the garden area 100 and respective irrigation requirements. The memory may also store information regarding location of the one or more fluid outlets 104,106, 108 on the garden area 100. More specifically, the memory may store location of the first fluid outlet 104, the second fluid outlet 106 and the third fluid outlet 108 on the garden area 100. The central controller 202 may store various other parameters as well which may be well within the scope of the present disclosure. In an embodiment, a user may provide input regarding location of the one or more fluid outlets 104,106, 108 to the central controller 202.

[0040] The central controller 202 may identify irrigation needs of the garden area 100 based on the stored information. In an embodiment, the garden area 100 may include one or more sensors (not shown) installed across the garden area 100. The one or more sensors may be communicably coupled with the central controller 202 and may provide information regarding various parameters such as, but not limited to, temperature, humidity, rainfall, or other environmental factors to the central controller 202. The central controller 202 may also take such information in account while identifying irrigation needs of the garden area 100.

[0041] The central controller 202 is configured to command the robotic vehicle 118 to facilitate removable engagement of the irrigation device 116 with the one or more fluid outlets 104,106, 108 to irrigate the one or more portions of the garden area 100. The robotic vehicle 118 may receive the command from the central controller 202, and then locate the irrigation device 116 on the garden area 100. The robotic vehicle 118 may assist the irrigation device 116 to engage with the one or more fluid outlets 104,106, 108. More specifically, the robotic vehicle 118 may facilitate engagement of the irrigation device 116 with the one or more fluid outlets 104,106, 108 through the manipulator 120 of the robotic vehicle 118.

[0042] The control system 200 holistically manages irrigation needs of the garden area 100 in an efficient and hassle-free manner. The control system 200 uses the robotic vehicle 118 to place the irrigation device 116 on the one or more fluid outlets 104,106,108 to draw water from the one or more fluid outlets 104,106,108. The irrigation device 116 may execute irrigation of the garden area 100 or may fertilize the garden area 100 making use of the water or fertilizer drawn from the one or more fluid outlets 104,106,108. As the central controller 202 has substantial information regarding irrigation or fertilization needs of the garden area 100, the robotic vehicle 118 may appropriately engage the irrigation device 116 with the one or more fluid outlets 104,106,108.

[0043] The central controller 202 is further configured to command the robotic vehicle 118 to facilitate disengagement of the irrigation device 116 with the one or more fluid outlets 104,106, 108. More specifically, the robotic vehicle 118 may facilitate disengagement of the irrigation device 116 with the one or more fluid outlets 104,106, 108 through the manipulator 120 of the robotic vehicle 118.

[0044] In an embodiment, commanding the robotic vehicle 118 includes sharing location coordinates of the one or more fluid outlets 104,106, 108 and the irrigation device 116 with the robotic vehicle 118. In another embodiment, commanding the robotic vehicle 118 includes sharing navigation data for the robotic vehicle 118 to reach the one or more fluid outlets 104,106, 108 and the irrigation device 116 with the robotic vehicle 118.

[0045] With combined reference to FIGS. 1 and 2, various aspects of the present disclosure are further illustrated through an exemplary scenario. The garden area 100 includes the first garden area 110, the second garden area 112 and the third garden area 114. The first garden area 110 includes the first fluid outlet 104. The second garden area 112 includes the second fluid outlet 106. The third garden area 114 includes the third fluid outlet 108. For irrigating the first garden area 110, the central controller 202 commands the robotic vehicle 118 to facilitate engagement of the irrigation device 116 with the first fluid outlet 104.

[0046] The central controller 202 may share location coordinates of the first fluid outlet 104 with the robotic vehicle 118. The central controller 202 may additionally or optionally share navigation data as well for the robotic vehicle 118 to reach the first fluid outlet 104 from a current location coordinate of the robotic vehicle 118. The central controller 202 may also share location coordinates of the irrigation device 116 with the robotic vehicle 118. The central controller 202 may receive location coordinates of the irrigation device 116 from a location sensor installed with the irrigation device 116, or an imaging sensor such as a camera installed within the garden area 100, or any other such suitable sensor. In an exemplary embodiment, the central controller 202 may receive location coordinates of the irrigation device 116 from a satellite system.

[0047] After receiving the location coordinates of the irrigation device 116, the robotic vehicle 118 may move towards the irrigation device 116. The central controller 202 may also share navigation commands with the robotic vehicle 118. As the central controller 202 may have information about whereabouts of various components and equipment on the garden area 100, the central controller 202 may provide efficient navigation instructions to the robotic vehicle 118 to reach location of the irrigation device 116. In another embodiment, the robotic vehicle 118 may be equipped with adequate means to independently navigate way towards the irrigation device 116.

[0048] The robotic vehicle 118 may use the manipulator 120 to pick up or engage with the irrigation device 116 and may move further towards the first fluid outlet 104. The robotic vehicle 118 may then facilitate engagement of the irrigation device 116 with the first fluid outlet 104. The robotic vehicle 118 may facilitate engagement of the irrigation device 116 with the first fluid outlet 104 using the manipulator 120. For example, the manipulator 120 may place the irrigation device 116 over the first fluid outlet 104, and then press the irrigation device 116 over the first fluid outlet 104 or rotate the irrigation device 116 over the first fluid outlet 104 or the like. The manipulator 120 may perform any other such operation as well to engage the irrigation device 116 with the first fluid outlet 104.

[0049] After the engagement of the irrigation device 116 with the first fluid outlet 104, the first fluid outlet 104 may provide fluid supply to the first garden area 110 through the irrigation device 116. The first fluid outlet 104 may be placed on the first garden area 110 such that the first fluid outlet 104 may effectively provide fluid supply to the first garden area 110 accordingly. For example, if the irrigation device 116 is a sprinkler, the first fluid outlet 110 may be placed such that a range of the sprinkler may cover entire surface of the first garden area 110.

[0050] Timing, amount, pressure and profile of the water or fertilizer being distributed through the irrigation device 116 may be suitably controlled in tandem with the robotic vehicle 118 and the irrigation device 116 through inputs being provided by the central controller 202. The central controller 202 makes use of all available information and provides inputs to increase the efficiency of irrigation of the garden area 100 in a hassle-free manner. There is no risk of entanglement of hose pipes, or any sudden movement of any gardening equipment on the garden area 100 as every movement is carefully and effectively planned by the central controller 202. Thus, the present disclosure provides an intelligent, smart, effective and efficient way to cater to the irrigation needs of garden area 100.

[0051] Post completion of the irrigation, the central controller 202 may command the robotic vehicle 118 to facilitate disengagement of the irrigation device 116 with the first fluid outlet 104. The robotic vehicle 118 may then facilitate disengagement of the irrigation device 116 with the first fluid outlet 104 using the manipulator 120. For example, the manipulator 120 may press again on the irrigation device 116 or rotate the irrigation device 116 in a reverse direction compared to direction of rotation while engagement or may lift up the irrigation device 116 to disengage the irrigation device 116 with the first fluid outlet 104.

[0052] The central controller 202 may command the robotic vehicle to place the irrigation device 116 at any other location on the garden area 100, or may leave the irrigation device 116 near the first fluid outlet 104, or may proceed further to irrigate the second garden area 112 or the third garden area 114 etc. The central controller 202 may also collect feedback regarding the irrigation operation from various sensors which may be placed upon the garden area 100. Further, in an embodiment, the central controller 202 may also be communicably coupled with the irrigation device 116. The irrigation device 116 may provide information regarding an amount of fluid distributed in a particular part of the garden area 100. Such information may help the central controller 202 to understand and plan controlling the garden area 100 in a better manner.

[0053] The irrigation device 116 may provide the central controller 202 with information regarding irrigation event being executed such as an amount of water distributed, or an amount of fertilizer distributed, or a concentration profile of the fertilizer fluid being distributed, a spray profile of the irrigation device 116 achieved during a particular irrigation event, a surface area of a particular portion of the garden area 100 covered during irrigation etc. The irrigation device 116 may also provide information about pressure, temperature, flow rate, cleanliness level or any other such parameter of the fluid being supplied by the one or more fluid outlets 104,106,108. The irrigation device 116 may be suitably equipped with one or more sensors to measure such information.

[0054] In an embodiment, the manipulator 120 further facilitates electronic coupling of the robotic vehicle 118 and the irrigation device 116 upon engagement such that the robotic vehicle 118 and the irrigation device 116 share operational data. The irrigation device 116 may share the operational data with the robotic vehicle 118 such as amount of water distributed, water pressure ranges from the one or more fluid outlets 104,106, 108, water quality or the like. The robotic vehicle 118 may then share the operational data with the central controller 202.

[0055] The manipulator 120 may couple the robotic vehicle 118 and the irrigation device 116 through a wired or a wireless connection such that the robotic vehicle 118 and the irrigation device 116 may share relevant information with each other. Such information sharing may provide real time feedback to the central controller 202 as well regarding effectiveness of various operations on the garden area 100. This may allow access to more information to each component, and eventually the central controller 202 which may lead to a better management of the garden area 100.

[0056] In some embodiments, the irrigation device 116 may also include appropriate components to be communicably coupled with the robotic vehicle 118 or the central controller 202. The irrigation device 116 may include a transceiver to share information with the robotic vehicle 118 or the central controller 202. The irrigation device 116 may include one or more sensors installed or coupled thereon to collect various operational as well as environmental data concerning the garden area 100. The irrigation device 116 may share the collected data with the robotic vehicle 118 or the central controller 202. In an example, the irrigation device 116 may share location coordinates of the irrigation device 116 with the robotic vehicle 118 or the central controller 202.

[0057] In the drawings and specification, there have been disclosed preferred embodiments and examples of the invention and, although specific terms are employed, they are used in a generic and descriptive sense only and not for the purpose of limitation of the scope of the invention being set forth in the following claims.

LIST OF ELEMENTS

[0058] 

100

Garden area

102

Housing establishment

104

First fluid outlet

106

Second fluid outlet

108

Third fluid outlet

110

First garden area

112

Second garden area

114

Third garden area

116

Irrigation device

118

Robotic vehicle

120

Manipulator

200

Control system

202

Central controller

Claims

1. A control system (200) for a garden area (100), the control system (200) comprising:

one or more fluid outlets (104,106,108) disposed on the garden area (100) adapted to provide a fluid supply;

an irrigation device (116) adapted to be removably engaged with the one or more fluid outlets (104,106,108), wherein the irrigation device (116) is adapted to access the fluid supply from the one or more fluid outlets (104,106,108) upon engagement and irrigate one or more portions of the garden area (100); and

a robotic vehicle (118) adapted to facilitate removable engagement of the irrigation device (116) with the one or more fluid outlets (104,106,108) over the garden area (100);

characterized in that:

each of the irrigation device (116) and the robotic vehicle (118) is configured as an independent movable unit;

the robotic vehicle (118) further includes a manipulator (120), wherein the robotic vehicle (118) is adapted to mechanically facilitate removable engagement of the irrigation device (116) with the one or more fluid outlets (104,106,108) over the garden area (100) through the manipulator (120);

the control system (200) further includes a central controller (202) communicably coupled to the robotic vehicle (118), wherein the central controller (202) is configured to command the robotic vehicle (118) to facilitate removable engagement of the irrigation device (116) with the one or more fluid outlets (104,106,108) to irrigate the one or more portions of the garden area (100).

2. The control system (200) of claim 1, wherein the central controller (202) is further configured to command the robotic vehicle (118) to facilitate disengagement of the irrigation device (116) with the one or more fluid outlets (104,106,108).

3. The control system (200) of claim 1, wherein the central controller (202) is communicably coupled to the irrigation device (116).

4. The control system (200) of any of preceding claims, wherein the irrigation device (116) is one or more of a water connector, a water sprinkler, a hose pipe.

5. The control system (200) of any of preceding claims, wherein the central controller (202) includes an associated memory which stores information related to an irrigation profile of the garden area (100).

6. The control system (200) of claim 5, wherein the central controller (202) commands the robotic vehicle (118) based on the irrigation profile of the garden area (100).

7. The control system (200) of any of preceding claims, wherein the manipulator (120) further facilitates electronic coupling of the robotic vehicle (118) and the irrigation device (116) upon engagement such that the robotic vehicle (118) and the irrigation device (116) share operational data.

8. The control system (200) of any of preceding claims, wherein the robotic vehicle (118) is a robotic mower.

9. The control system (200) of any of preceding claims, wherein the irrigation device (116) is further utilized for fertilizing purposes.

10. The control system (200) of any of preceding claims, wherein commanding the robotic vehicle (118) includes sharing location coordinates of the one or more fluid outlets (104,106,108) and the irrigation device (116) with the robotic vehicle (118).

11. The control system (200) of any of preceding claims, wherein commanding the robotic vehicle (118) includes sharing navigation data for the robotic vehicle (118) to reach the one or more fluid outlets (104,106,108) and the irrigation device (116) with the robotic vehicle (118).

12. The control system (200) of any of preceding claims, wherein the central controller (202) is configured with a mobile device.

Drawing